Sood, Arun K. - Department of Computer Science, George Mason University

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Sood, Arun K. - Department of Computer Science, George Mason University

Quantitative Approach to Tuning of a Time-Based Intrusion-Tolerant System Architecture
Closing Cluster Attack Windows Through Server Redundancy and Rotations
Securing DNS Services through System Self Cleansing and Hardware Enhancements
An Intrusion Tolerance Approach to Enhance Single Sign On Server Protection David Pham1
SCIT and IDS Architectures for Reduced Data Ex-filtration Ajay Nagarajan1
Critical Thinking: Moving from Infrastructure Protection
Incorruptible System Self-Cleansing for Intrusion Tolerance Yih Huang, David Arsenault, and Arun Sood
SCIT-DNS: Critical Infrastructure Protection through Secure DNS Server Dynamic Updates
Countering Web Defacing Attacks with System Self Cleansing Computer Science Department
Self-Cleansing Systems for Intrusion Containment Computer Science Department
Incorruptible Self-Cleansing Intrusion Tolerance and Its Application to DNS Security
Preprint. To appear IEEE Security and Privacy. Accepted for Publication. Comparative Analysis of Intrusion-Tolerant System Architectures
To appear in Proc The Second International Conference on Dependability (DEPEND 2009)June 18-23, 2009 -Athens/Vouliagmeni, Greece
Combining Intrusion Detection and Recovery for Enhancing System Dependability Ajay Nagarajan1
Designing SCIT Architecture Pattern in a Cloud-based Environment